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The document describes the results of three protection relay tests. It includes the test setup parameters, inputs, and results for each of the three tests. The tests examine different fault scenarios by varying the current values and angles. All three tests passed without issues.

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Nestory Ngeleja

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0% found this document useful (0 votes)

33 views72 pages

33 KV

Uploaded by

Nestory Ngeleja

We take content rights seriously. If you suspect this is your content, claim it here.

Available Formats

Download as PDF, TXT or read online on Scribd

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Diff Configuration:

. .
Test Module
Name: OMICRON Diff Configuration Version: 4.31
Test Start: Test End:
User Name: Manager:
Company:

. .
Test Object - Device Settings
. . .
Substation/Bay:
Substation:Msamvu Substation
Substation address:Morogoro
Bay:T6 Transformer Bay address:
. . .
Device:
Name/description: P642 Manufacturer:Schneider
Device type:1 Device address:
Serial/model
number:837281f
Additional info 1:
Additional info 2:

QuickCMC:
. .
Test Module
Name: OMICRON QuickCMC Version: 4.31
Test Start: 22-Mar-2024 10:20:37 Test End: 22-Mar-2024 10:21:01
User Name: Manager: ENGINIEER
Company:

Test Results
Title: Test 1
.
Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Direct I L1 795.0 mA 0.00 ° 50.000 Hz
I L2 795.0 mA -120.00 ° 50.000 Hz
I L3 795.0 mA 120.00 ° 50.000 Hz

Generator Settings
I L1 0.795A 0.00° +90°

Sec L1 I Sec L2
I L3

I L1
180° 0°

I L2
I Sec L3
1.0 A -90°
I L2 0.795A -120.00°
I L3 0.795A 120.00°
I Sec L1 0.875A 150.00°
I Sec L2 0.875A 30.00°
I Sec L3 0.875A 270.00°

Binary Inputs
Name Slope Time
Trip 0->1 0.039s
Start 1->0 n/a
Bin. in 3 1->0 n/a
Bin. in 4 1->0 n/a
Bin. in 5 1->0 n/a
Bin. in 6 1->0 n/a
Bin. in 7 1->0 n/a
Bin. in 8 1->0 n/a
Bin. in 9 1->0 n/a
Bin. in 10 1->0 n/a
Overload 1->0 n/a

Title: Test 2
.
Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Direct I L1 795.0 mA 0.00 ° 50.000 Hz
I L2 795.0 mA -120.00 ° 50.000 Hz
I L3 795.0 mA 120.00 ° 50.000 Hz
Generator Settings
I L1 0.795A 0.00° +90°
I Sec L2
I L3

I L1
180° 0°

I L2
Sec L1 I Sec L3

1.0 A -90°
I L2 0.795A -120.00°
I L3 0.795A 120.00°
I Sec L1 0.875A 210.00°
I Sec L2 0.875A 90.00°
I Sec L3 0.875A 330.00°

Title: Test 3
.
Fault Calculator:
Table Inputmode Parameters (All values are secondary)
Direct I L1 795.0 mA 0.00 ° 50.000 Hz
I L2 795.0 mA -120.00 ° 50.000 Hz
I L3 795.0 mA 120.00 ° 50.000 Hz
Generator Settings
I L1 0.795A 0.00° +90°

I L3 I Sec L2

I Sec L1 I L1
180° 0°

I L2 I Sec L3

1.0 A -90°
I L2 0.795A -120.00°
I L3 0.795A 120.00°
I Sec L1 0.875A 180.00°
I Sec L2 0.875A 60.00°
I Sec L3 0.875A 300.00°

Binary Inputs
Name Slope Time
Trip 0
Start 0
Bin. in 3 0
Bin. in 4 0
Bin. in 5 0
Bin. in 6 0
Bin. in 7 0
Bin. in 8 0
Bin. in 9 0
Bin. in 10 0
Overload 0

Summary
3 tests passed, 0 tests failed, 0 tests not assessed 100.00% passed
Test passed

Hardware Configuration
.
Test Equipment
Type Serial Number
CMC356

. .
Hardware Check
Performed At Result Details
Not yet performed

Diff 5TH Harmonic Restraint L3:

Test Object - Differential Parameters

CT:
Winding/Leg Name: Primary Secondary
CT Current Prim: 400.00 A 2400.00 A
CT Current Sec: 1.00 A 1.00 A
CT Grounding: tow. Prot. Obj. tow. Prot. Obj.
Gnd CT Prim Current: 200.00 A 800.00 A
Gnd CT Sec Current: 1.00 A 1.00 A
Gnd CT Grounding: n/a n/a
.
Protection device:
Reference Winding: Primary
Ibias Calculation: ( |Ip| + |Is| ) / K1 (K1 = 2.00)
Zero Seq. Elimination: IL-I0
Reference Current: PO nominal current
Ground CT Used: No
Disable Comb. char.: No

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:43:03 Test End: 22-Mar-2024 11:43:26
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE
.
Test Settings
Testing: Primary Tested Harmonic: 5
Max. Test Time: 1.50 s Delay Time: 0.25 s
Active Postfault: No Postfault Time: 0.04 s
Vout enabled: No Vout winding: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0

Test Results for Testphase L3-E at Reference Side Primary for 5. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
9.40 I/In 51.10 % -120.0 ° Yes Tested Passed
8.80 I/In 49.30 % -120.0 ° Yes Tested Passed
6.90 I/In 48.20 % -120.0 ° Yes Tested Passed
7.80 I/In 48.90 % -120.0 ° Yes Tested Passed
6.00 I/In 48.00 % -120.0 ° Yes Tested Passed
5.10 I/In 47.00 % -120.0 ° Yes Tested Passed
4.20 I/In 46.90 % -120.0 ° Yes Tested Passed
3.20 I/In 47.20 % -120.0 ° Yes Tested Passed
2.20 I/In 47.30 % -120.0 ° Yes Tested Passed
1.30 I/In 49.80 % -120.0 ° Yes Tested Passed
1.90 I/In 51.40 % -120.0 ° Yes Tested Passed
6.20 I/In 52.00 % -120.0 ° No Tested Passed
4.60 I/In 50.50 % -120.0 ° Yes Tested Passed
7.50 I/In 50.90 % -120.0 ° Yes Tested Passed
8.30 I/In 50.50 % -120.0 ° Yes Tested Passed
1.80 I/In 47.90 % -120.0 ° Yes Tested Passed
Harmonic Restraint Test Plane
Idiff/In [In]
11

0
10 20 30 40 50

I5f/Idiff [%]

.
State:
16 out of 16 points tested. 16 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 5TH Harmonic Restraint L2:

Test Object - Differential Parameters

Protected Object:
Protected Object: Transformer
Vector Group: YY0
Winding/Leg Name: Primary Secondary
Voltage: 220.00 kV 33.00 kV
Power: 120.00 MVA 120.00 MVA
Starpoint Grounding: Yes Yes
Delta-connected CT: No No
CT:
Winding/Leg Name: Primary Secondary
CT Current Prim: 400.00 A 2400.00 A
CT Current Sec: 1.00 A 1.00 A
CT Grounding: tow. Prot. Obj. tow. Prot. Obj.
Gnd CT Prim Current: 200.00 A 800.00 A
Gnd CT Sec Current: 1.00 A 1.00 A
Gnd CT Grounding: n/a n/a
.
Protection device:
Reference Winding: Primary
Ibias Calculation: ( |Ip| + |Is| ) / K1 (K1 = 2.00)
Zero Seq. Elimination: IL-I0
Reference Current: PO nominal current
Ground CT Used: No
Disable Comb. char.: No

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:44:39 Test End: 22-Mar-2024 11:45:00
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

.
Test Settings
Testing: Primary Tested Harmonic: 5
Max. Test Time: 1.50 s Delay Time: 0.25 s
Active Postfault: No Postfault Time: 0.04 s
Vout enabled: No Vout winding: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0

Test Results for Testphase L2-E at Reference Side Primary for 5. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
9.40 I/In 51.10 % -120.0 ° Yes Tested Passed
8.80 I/In 49.30 % -120.0 ° Yes Tested Passed
6.90 I/In 48.20 % -120.0 ° Yes Tested Passed
7.80 I/In 48.90 % -120.0 ° Yes Tested Passed
6.00 I/In 48.00 % -120.0 ° Yes Tested Passed
5.10 I/In 47.00 % -120.0 ° Yes Tested Passed
4.20 I/In 46.90 % -120.0 ° Yes Tested Passed
3.20 I/In 47.20 % -120.0 ° Yes Tested Passed
2.20 I/In 47.30 % -120.0 ° Yes Tested Passed
1.30 I/In 49.80 % -120.0 ° Yes Tested Passed
1.90 I/In 51.40 % -120.0 ° No Tested Passed
4.60 I/In 50.50 % -120.0 ° Yes Tested Passed
7.50 I/In 50.90 % -120.0 ° Yes Tested Passed
8.30 I/In 50.50 % -120.0 ° Yes Tested Passed
1.80 I/In 47.90 % -120.0 ° Yes Tested Passed

Harmonic Restraint Test Plane

Idiff/In [In]
11

0
10 20 30 40 50

I5f/Idiff [%]

.
State:
15 out of 15 points tested. 15 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 5TH Harmonic Restraint L1:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:46:52 Test End: 22-Mar-2024 11:47:15
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Testphase L1-E at Reference Side Primary for 5. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
9.40 I/In 51.10 % -120.0 ° Yes Tested Passed
8.80 I/In 49.30 % -120.0 ° Yes Tested Passed
6.90 I/In 48.20 % -120.0 ° Yes Tested Passed
7.80 I/In 48.90 % -120.0 ° Yes Tested Passed
6.00 I/In 48.00 % -120.0 ° Yes Tested Passed
5.10 I/In 47.00 % -120.0 ° Yes Tested Passed
4.20 I/In 46.90 % -120.0 ° Yes Tested Passed
3.20 I/In 47.20 % -120.0 ° Yes Tested Passed
2.20 I/In 47.30 % -120.0 ° Yes Tested Passed
1.30 I/In 49.80 % -120.0 ° Yes Tested Passed
1.90 I/In 51.40 % -120.0 ° Yes Tested Passed
4.60 I/In 50.50 % -120.0 ° Yes Tested Passed
7.50 I/In 50.90 % -120.0 ° Yes Tested Passed
8.30 I/In 50.50 % -120.0 ° Yes Tested Passed
1.80 I/In 47.90 % -120.0 ° Yes Tested Passed
6.50 I/In 50.90 % -120.0 ° Yes Tested Passed
0.60 I/In 48.10 % -120.0 ° Yes Tested Passed

Harmonic Restraint Test Plane

Idiff/In [In]
11

0
10 20 30 40 50

I5f/Idiff [%]

.
State:
17 out of 17 points tested. 17 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 5TH Harmonic Restraint L1-L2-L3:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:48:01 Test End: 22-Mar-2024 11:48:27
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE
.
Test Settings
Testing: Primary Tested Harmonic: 5
Max. Test Time: 1.50 s Delay Time: 0.25 s
Active Postfault: No Postfault Time: 0.04 s
Vout enabled: No Vout winding: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0

Test Results for Testphase L1-L2-L3 at Reference Side Primary for 5. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
9.40 I/In 51.10 % -120.0 ° Yes Tested Passed
8.80 I/In 49.30 % -120.0 ° Yes Tested Passed
6.90 I/In 48.20 % -120.0 ° Yes Tested Passed
7.80 I/In 48.90 % -120.0 ° Yes Tested Passed
6.00 I/In 48.00 % -120.0 ° Yes Tested Passed
5.10 I/In 47.00 % -120.0 ° Yes Tested Passed
4.20 I/In 46.90 % -120.0 ° Yes Tested Passed
3.20 I/In 47.20 % -120.0 ° Yes Tested Passed
2.20 I/In 47.30 % -120.0 ° Yes Tested Passed
1.30 I/In 49.80 % -120.0 ° Yes Tested Passed
1.90 I/In 51.40 % -120.0 ° No Tested Passed
4.60 I/In 50.50 % -120.0 ° No Tested Passed
7.50 I/In 50.90 % -120.0 ° No Tested Passed
8.30 I/In 50.50 % -120.0 ° Yes Tested Passed
1.80 I/In 47.90 % -120.0 ° Yes Tested Passed
6.00 I/In 50.60 % -120.0 ° Yes Tested Passed
Harmonic Restraint Test Plane
Idiff/In [In]
11

0
10 20 30 40 50

I5f/Idiff [%]

.
State:
16 out of 16 points tested. 16 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 2NDHarmonic Restraint L3:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:31:44 Test End: 22-Mar-2024 11:32:14
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Testphase L3-E at Reference Side Primary for 2. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
4.80 I/In 25.70 % -120.0 ° No Tested Passed
2.30 I/In 24.50 % -120.0 ° No Tested Passed
4.50 I/In 22.90 % -120.0 ° Yes Tested Passed
5.30 I/In 23.20 % -120.0 ° Yes Tested Passed
8.50 I/In 24.10 % -120.0 ° Yes Tested Passed
7.60 I/In 25.50 % -120.0 ° No Tested Passed
7.00 I/In 24.00 % -120.0 ° Yes Tested Passed
8.80 I/In 24.60 % -120.0 ° No Tested Passed
8.30 I/In 25.60 % -120.0 ° Yes Tested Passed
6.20 I/In 25.70 % -120.0 ° No Tested Passed
4.90 I/In 28.20 % -120.0 ° No Tested Passed
3.20 I/In 25.80 % -120.0 ° No Tested Passed
3.60 I/In 24.10 % -120.0 ° No Tested Passed

Harmonic Restraint Test Plane

Idiff/In [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5

I2f/Idiff [%]

.
State:
13 out of 13 points tested. 13 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 2NDHarmonic Restraint L2:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:36:27 Test End: 22-Mar-2024 11:36:58
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

.
Test Settings
Testing: Primary Tested Harmonic: 2
Max. Test Time: 1.50 s Delay Time: 0.25 s
Active Postfault: No Postfault Time: 0.04 s
Vout enabled: No Vout winding: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0
Test Results for Testphase L2-E at Reference Side Primary for 2. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
4.80 I/In 25.70 % -120.0 ° Yes Tested Passed
2.30 I/In 24.50 % -120.0 ° No Tested Passed
4.50 I/In 22.90 % -120.0 ° Yes Tested Passed
5.30 I/In 23.20 % -120.0 ° Yes Tested Passed
8.50 I/In 24.10 % -120.0 ° No Tested Passed
7.60 I/In 25.50 % -120.0 ° Yes Tested Passed
8.80 I/In 24.60 % -120.0 ° Yes Tested Passed
8.30 I/In 25.60 % -120.0 ° No Tested Passed
6.20 I/In 25.70 % -120.0 ° No Tested Passed
4.90 I/In 28.20 % -120.0 ° No Tested Passed
3.20 I/In 25.80 % -120.0 ° No Tested Passed
3.60 I/In 24.10 % -120.0 ° No Tested Passed
6.90 I/In 23.50 % -120.0 ° Yes Tested Passed
7.80 I/In 23.10 % -120.0 ° Yes Tested Passed
6.20 I/In 23.00 % -120.0 ° Yes Tested Passed

Harmonic Restraint Test Plane

Idiff/In [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5

I2f/Idiff [%]

.
State:
15 out of 15 points tested. 15 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 2NDHarmonic Restraint L1:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:38:41 Test End: 22-Mar-2024 11:39:24
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Testphase L1-E at Reference Side Primary for 2. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
4.80 I/In 25.70 % -120.0 ° No Tested Passed
2.30 I/In 24.50 % -120.0 ° No Tested Passed
4.50 I/In 22.90 % -120.0 ° Yes Tested Passed
5.30 I/In 23.20 % -120.0 ° Yes Tested Passed
8.50 I/In 24.10 % -120.0 ° No Tested Passed
7.60 I/In 25.50 % -120.0 ° No Tested Passed
8.80 I/In 24.60 % -120.0 ° No Tested Passed
8.30 I/In 25.60 % -120.0 ° No Tested Passed
6.20 I/In 25.70 % -120.0 ° No Tested Passed
4.90 I/In 28.20 % -120.0 ° No Tested Passed
3.20 I/In 25.80 % -120.0 ° No Tested Passed
3.60 I/In 24.10 % -120.0 ° Yes Tested Passed
7.00 I/In 23.00 % -120.0 ° Yes Tested Passed
6.30 I/In 23.50 % -120.0 ° Yes Tested Passed
7.60 I/In 22.80 % -120.0 ° Yes Tested Passed
1.80 I/In 23.10 % -120.0 ° Yes Tested Passed
1.10 I/In 23.60 % -120.0 ° Yes Tested Passed
3.10 I/In 22.90 % -120.0 ° Yes Tested Passed
2.00 I/In 27.60 % -120.0 ° No Tested Passed
0.70 I/In 26.30 % -120.0 ° No Tested Passed
Harmonic Restraint Test Plane
Idiff/In [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5

I2f/Idiff [%]

.
State:
20 out of 20 points tested. 20 points
passed. 0 points failed.

General Assessment: Test

passed

Diff 2NDHarmonic Restraint L1-L2-L3:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Harmonic Settings:
HR tol abs: 1.00 % HR tol rel: 3.00 %
Harmonic Start point End point
Order
Ixf/Idiff Idiff/In Ixf/Idiff Idiff/In
2 25.00 % 0.40 25.00 % 10.00
5 50.00 % 0.40 50.00 % 10.00

. .
Test Module
Name: OMICRON Diff Harmonic Restraint Version: 4.31
Test Start: 22-Mar-2024 11:41:04 Test End: 22-Mar-2024 11:41:46
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Testphase L1-L2-L3 at Reference Side Primary for 2. Harmonic
Idiff Ixf/Idiff Angle Trip State Result
(Ixf,Idiff)
4.80 I/In 25.70 % -120.0 ° No Tested Passed
2.30 I/In 24.50 % -120.0 ° No Tested Passed
4.50 I/In 22.90 % -120.0 ° Yes Tested Passed
5.30 I/In 23.20 % -120.0 ° Yes Tested Passed
8.50 I/In 24.10 % -120.0 ° No Tested Passed
7.60 I/In 25.50 % -120.0 ° No Tested Passed
8.80 I/In 24.60 % -120.0 ° No Tested Passed
8.30 I/In 25.60 % -120.0 ° No Tested Passed
6.20 I/In 25.70 % -120.0 ° No Tested Passed
4.90 I/In 28.20 % -120.0 ° No Tested Passed
3.20 I/In 25.80 % -120.0 ° No Tested Passed
3.60 I/In 24.10 % -120.0 ° No Tested Passed
6.80 I/In 22.60 % -120.0 ° Yes Tested Passed
7.70 I/In 23.30 % -120.0 ° Yes Tested Passed
7.60 I/In 24.40 % -120.0 ° No Tested Passed
6.00 I/In 23.60 % -120.0 ° Yes Tested Passed
1.30 I/In 23.30 % -120.0 ° Yes Tested Passed
1.70 I/In 25.50 % -120.0 ° No Tested Passed

Harmonic Restraint Test Plane

Idiff/In [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5

I2f/Idiff [%]

.
State:
18 out of 18 points tested. 18 points
passed. 0 points failed.

General Assessment: Test

passed

Stability LV Inj:
Test Object - Differential Parameters
Protected Object:
Protected Object: Transformer
Vector Group: YY0
Winding/Leg Name: Primary Secondary
Voltage: 220.00 kV 33.00 kV
Power: 120.00 MVA 120.00 MVA
Starpoint Grounding: Yes Yes
Delta-connected CT: No No

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Graph:
Single Line View for Protected Object (YY0)

L1-L2-L3 Supply

Y Y0

. .
Test Module
Name: OMICRON Diff Configuration Version: 4.31
Test Start: 22-Mar-2024 10:29:47 Test End: 22-Mar-2024 10:31:52
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company:

.
Test Settings
Test time: 60 s Apply Load Current: No
Load Side: n/a Load Current: 0.00 In
Fault Side: Primary Supply Side: Secondary
Vout enabled: No Vout winding: Primary
Time-triggered: No Winding/leg output: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0

Test Results for Fault Type L1-L2-L3 at Fault Location Primary

. . .
ITest = 0.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L3 0.00A 0.0° 0.000A 0.000° 0.00A 180.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 1.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 0.79A -180.0° 0.000A 0.000° 0.88A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 0.79A 60.0° 0.000A 0.000° 0.88A -120.0° 0.000A 0.000° n/a n/a n/a n/a
L3 0.79A -60.0° 0.000A 0.000° 0.88A 120.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 2.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 1.57A -180.0° 0.000A 0.000° 1.75A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 1.57A 60.0° 0.000A 0.000° 1.75A -120.0° 0.000A 0.000° n/a n/a n/a n/a
L3 1.57A -60.0° 0.000A 0.000° 1.75A 120.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 3.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 2.36A -180.0° 0.000A 0.000° 2.62A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 2.36A 60.0° 0.000A 0.000° 2.62A -120.0° 0.000A 0.000° n/a n/a n/a n/a
L3 2.36A -60.0° 0.000A 0.000° 2.62A 120.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 4.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 3.15A -180.0° 0.000A 0.000° 3.50A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 3.15A 60.0° 0.000A 0.000° 3.50A -120.0° 0.000A 0.000° n/a n/a n/a n/a
L3 3.15A -60.0° 0.000A 0.000° 3.50A 120.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 5.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 3.94A -180.0° 0.000A 0.000° 4.37A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 3.94A 60.0° 0.000A 0.000° 4.37A -120.0° 0.000A 0.000° n/a n/a n/a n/a
L3 3.94A -60.0° 0.000A 0.000° 4.37A 120.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 0.50 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 0.39A -180.0° 0.000A 0.000° 0.44A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 0.39A 60.0° 0.000A 0.000° 0.44A -120.0° 0.000A 0.000° n/a n/a n/a n/a
L3 0.39A -60.0° 0.000A 0.000° 0.44A 120.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
.

.
Test State:
Test passed

7 out of 7 points tested.

7 points passed. 0
points failed.

Stability HV Inj:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

Graph:
Single Line View for Protected Object (YY0)

Supply L1-L2-L3

Y Y0

. .
Test Module
Name: OMICRON Diff Configuration Version: 4.31
Test Start: 22-Mar-2024 10:33:20 Test End: 22-Mar-2024 10:33:41
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

.
Test Settings
Test time: 60 s Apply Load Current: No
Load Side: n/a Load Current: 0.00 In
Fault Side: Secondary Supply Side: Primary
Vout enabled: No Vout winding: Primary
Time-triggered: No Winding/leg output: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0

Test Results for Fault Type L1-L2-L3 at Fault Location Secondary

. . .
ITest = 0.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L2 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
L3 0.00A 180.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 1.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 0.79A 0.0° 0.000A 0.000° 0.88A -180.0° 0.000A 0.000° n/a n/a n/a n/a
L2 0.79A -120.0° 0.000A 0.000° 0.88A 60.0° 0.000A 0.000° n/a n/a n/a n/a
L3 0.79A 120.0° 0.000A 0.000° 0.88A -60.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 2.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 1.57A 0.0° 0.000A 0.000° 1.75A -180.0° 0.000A 0.000° n/a n/a n/a n/a
L2 1.57A -120.0° 0.000A 0.000° 1.75A 60.0° 0.000A 0.000° n/a n/a n/a n/a
L3 1.57A 120.0° 0.000A 0.000° 1.75A -60.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 3.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 2.36A 0.0° 0.000A 0.000° 2.62A -180.0° 0.000A 0.000° n/a n/a n/a n/a
L2 2.36A -120.0° 0.000A 0.000° 2.62A 60.0° 0.000A 0.000° n/a n/a n/a n/a
L3 2.36A 120.0° 0.000A 0.000° 2.62A -60.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 4.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 3.15A 0.0° 0.000A 0.000° 3.50A -180.0° 0.000A 0.000° n/a n/a n/a n/a
L2 3.15A -120.0° 0.000A 0.000° 3.50A 60.0° 0.000A 0.000° n/a n/a n/a n/a
L3 3.15A 120.0° 0.000A 0.000° 3.50A -60.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
. . .
ITest = 5.00 In State: Tested Result: Passed
Phase Primary Secondary Tertiary
Itest Angle Imeas Angle Itest Angle Imeas Angle Itest Angle Imeas Angle
L1 3.94A 0.0° 0.000A 0.000° 4.37A -180.0° 0.000A 0.000° n/a n/a n/a n/a
L2 3.94A -120.0° 0.000A 0.000° 4.37A 60.0° 0.000A 0.000° n/a n/a n/a n/a
L3 3.94A 120.0° 0.000A 0.000° 4.37A -60.0° 0.000A 0.000° n/a n/a n/a n/a
E 0.00A 0.0° 0.000A 0.000° 0.00A 0.0° 0.000A 0.000° n/a n/a n/a n/a
Phase Imeas_diff Imeas_bias
L1 0.000 In 0.000 In
L2 0.000 In 0.000 In
L3 0.000 In 0.000 In
.

.
Test State:
Test passed

6 out of 6 points tested.

6 points passed. 0
points failed.

Instability:
.
Test Settings
State Stable Unstable
I L1 787.0 mA 787.0 mA
0.00 ° 0.00 °
50.000 Hz 50.000 Hz
I L2 787.0 mA 787.0 mA
-120.00 ° -120.00 °
50.000 Hz 50.000 Hz
I L3 787.0 mA 787.0 mA
120.00 ° 120.00 °
50.000 Hz 50.000 Hz
I(2)-1 875.0 mA 875.0 mA
180.00 ° 0.00 °
50.000 Hz 50.000 Hz
I(2)-2 875.0 mA 875.0 mA
60.00 ° -120.00 °
50.000 Hz 50.000 Hz
I(2)-3 875.0 mA 875.0 mA
-60.00 ° 120.00 °
50.000 Hz 50.000 Hz
Bin. out 1 0 0
Bin. out 2 0 0
Bin. out 3 0 0
Bin. out 4 0 0
Max. State Time 5.000 s
Trigger Logic OR
Trip 1
User interaction no no
CMGPS trigger no no
IRIG-B/PTP trigger no no
Pulses / seconds 1 1
Delay after Tr. 0.00 s 0.00 s
On trigger jump to no no
test end
+90° +90°
Diagrams
180° 0° 180° 0°

32.0-90°
A 32.0-90°
A

Comment

. .
Test Module
Name: OMICRON State Sequencer Version: 4.31
Test Start: 22-Mar-2024 10:21:43 Test End: 22-Mar-2024 10:21:50
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results
.
Time Assessment
Name Ignore Start Stop Tnom Tdev- Tdev+ Tact Tdev Assess
before
Unstable Stable Unstable Trip 0>1 30.00 ms 10.00 ms 10.00 ms 30.00 ms 0.00 s +
Assess: + .. Passed x .. Failed o .. Not assessed
.
Cursor Data
Time Signal Value
Cursor 1 0.00 s <none> n/a
Cursor 2 5.030 s <none> n/a
C2 - C1 5.030 s n/a

.
Event recorder
Time Type Signal name Slope
5.030 s Input Trip 0>1

.
Test State:
Test passed

Diff Operating Characteristic L1-L2-L3E:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:12:22 Test End: 22-Mar-2024 11:13:00
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

.
Test Settings
Testing: Primary / Secondary
Max. Test Time: 1.50 s Delay Time: 0.25 s
Prefault: No
Prefault current: 0.00 In Prefault time: 0.000 s
Vout enabled: No Vout winding: Primary
Time-triggered: No Winding/leg output: Primary
. . .
Binary Outputs
Bin. out 1: 0
Bin. out 2: 0
Bin. out 3: 0
Bin. out 4: 0

Test Results for Fault Type L1-L2-L3 at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0293 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0278 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0292 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0288 s Tested Passed
7.40 In 16.40 In N/T N/T Tested Passed
8.70 In 18.50 In 0.0300 s 0.0325 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0303 s Tested Passed
9.40 In 20.20 In N/T N/T Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
3.80 In 9.60 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0317 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0300 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0283 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0289 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0286 s Tested Passed
1.30 In 5.00 In N/T N/T Tested Passed
5.00 In 13.20 In N/T N/T Tested Passed
0.80 In 3.40 In N/T N/T Tested Passed
0.50 In 2.40 In N/T N/T Tested Passed

Operating Characteristic Diagram

Idiff [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 7.40 In 8.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 16.40 In 18.50 In
I Primary L1: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L2: 60.000 ° 60.000 ° 60.000 ° 60.000 ° 60.000 ° 60.000 °
I Primary L3: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L3: -60.000 ° -60.000 ° -60.000 ° -60.000 ° -60.000 ° -60.000 °
I Secondary L1: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L2: -120.000 ° -120.000 ° -120.000 ° -120.000 ° -120.000 ° -120.000 °
I Secondary L3: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L3: 120.000 ° 120.000 ° 120.000 ° 120.000 ° 120.000 ° 120.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 4.70 In 9.40 In 6.30 In 3.80 In 2.30 In 7.40 In
Ibias: 10.10 In 20.20 In 15.20 In 9.60 In 5.80 In 12.80 In
I Primary L1: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L2: 60.000 ° 60.000 ° 60.000 ° 60.000 ° 60.000 ° 60.000 °
I Primary L3: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L3: -60.000 ° -60.000 ° -60.000 ° -60.000 ° -60.000 ° -60.000 °
I Secondary L1: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L2: -120.000 ° -120.000 ° -120.000 ° -120.000 ° -120.000 ° -120.000 °
I Secondary L3: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L3: 120.000 ° 120.000 ° 120.000 ° 120.000 ° 120.000 ° 120.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17 18
Idiff: 8.60 In 9.80 In 7.90 In 1.30 In 5.00 In 0.80 In
Ibias: 16.70 In 19.30 In 15.50 In 5.00 In 13.20 In 3.40 In
I Primary L1: 16.533 A 19.053 A 15.313 A 4.448 A 12.361 A 2.992 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 16.533 A 19.053 A 15.313 A 4.448 A 12.361 A 2.992 A
Phase Primary L2: 60.000 ° 60.000 ° 60.000 ° 60.000 ° 60.000 ° 60.000 °
I Primary L3: 16.533 A 19.053 A 15.313 A 4.448 A 12.361 A 2.992 A
Phase Primary L3: -60.000 ° -60.000 ° -60.000 ° -60.000 ° -60.000 ° -60.000 °
I Secondary L1: 10.847 A 12.597 A 10.104 A 3.805 A 9.360 A 2.624 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 10.847 A 12.597 A 10.104 A 3.805 A 9.360 A 2.624 A
Phase Secondary L2: -120.000 ° -120.000 ° -120.000 ° -120.000 ° -120.000 ° -120.000 °
I Secondary L3: 10.847 A 12.597 A 10.104 A 3.805 A 9.360 A 2.624 A
Phase Secondary L3: 120.000 ° 120.000 ° 120.000 ° 120.000 ° 120.000 ° 120.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 19
Idiff: 0.50 In
Ibias: 2.40 In
I Primary L1: 2.086 A
Phase Primary L1: -180.000 °
I Primary L2: 2.086 A
Phase Primary L2: 60.000 °
I Primary L3: 2.086 A
Phase Primary L3: -60.000 °
I Secondary L1: 1.881 A
Phase Secondary L1: 0.000 °
I Secondary L2: 1.881 A
Phase Secondary L2: -120.000 °
I Secondary L3: 1.881 A
Phase Secondary L3: 120.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

19 out of 19 points tested.

19 points passed. 0
points failed.

Diff Operating Characteristic L3-L1:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:14:53 Test End: 22-Mar-2024 11:15:31
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Fault Type L3-L1 at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0312 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0292 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0293 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0288 s Tested Passed
7.40 In 16.40 In N/T N/T Tested Passed
8.70 In 18.50 In 0.0300 s 0.0276 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0283 s Tested Passed
9.40 In 20.20 In N/T N/T Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
3.80 In 9.60 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0294 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0287 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0283 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0270 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0284 s Tested Passed
0.40 In 2.10 In N/T N/T Tested Passed
1.30 In 4.30 In N/T N/T Tested Passed
2.10 In 20.90 In N/T N/T Tested Passed
7.30 In 4.50 In 0.0300 s 0.0281 s Tested Passed
2.50 In 1.80 In 0.0300 s 0.0300 s Tested Passed

Operating Characteristic Diagram

Idiff [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 7.40 In 8.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 16.40 In 18.50 In
I Primary L1: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 4.70 In 9.40 In 6.30 In 3.80 In 2.30 In 7.40 In
Ibias: 10.10 In 20.20 In 15.20 In 9.60 In 5.80 In 12.80 In
I Primary L1: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17 18
Idiff: 8.60 In 9.80 In 7.90 In 0.40 In 1.30 In 2.10 In
Ibias: 16.70 In 19.30 In 15.50 In 2.10 In 4.30 In 20.90 In
I Primary L1: 16.533 A 19.053 A 15.313 A 1.811 A 3.897 A 17.281 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 16.533 A 19.053 A 15.313 A 1.811 A 3.897 A 17.281 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 10.847 A 12.597 A 10.104 A 1.662 A 3.193 A 17.364 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 10.847 A 12.597 A 10.104 A 1.662 A 3.193 A 17.364 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 19 20
Idiff: 7.30 In 2.50 In
Ibias: 4.50 In 1.80 In
I Primary L1: 6.416 A 2.401 A
Phase Primary L1: -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 °
I Primary L3: 6.416 A 2.401 A
Phase Primary L3: 0.000 ° 0.000 °
I Secondary L1: 0.744 A 0.481 A
Phase Secondary L1: 0.000 ° 0.000 °
I Secondary L2: 0.000 A 0.000 A
Phase Secondary L2: 0.000 ° 0.000 °
I Secondary L3: 0.744 A 0.481 A
Phase Secondary L3: 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

20 out of 20 points tested.

20 points passed. 0
points failed.

Diff Operating Characteristic L2-L3:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:16:44 Test End: 22-Mar-2024 11:17:21
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Fault Type L2-L3 at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0326 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0284 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0287 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0288 s Tested Passed
7.40 In 16.40 In N/T N/T Tested Passed
8.70 In 18.50 In 0.0300 s 0.0288 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0273 s Tested Passed
9.40 In 20.20 In N/T N/T Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
3.80 In 9.60 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0299 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0272 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0283 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0281 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0277 s Tested Passed
0.50 In 2.50 In N/T N/T Tested Passed
2.40 In 17.70 In N/T N/T Tested Passed
3.70 In 2.60 In 0.0300 s 0.0280 s Tested Passed
7.90 In 5.20 In 0.0300 s 0.0287 s Tested Passed
9.20 In 11.10 In 0.0300 s 0.0275 s Tested Passed
10.70 In 20.30 In 0.0300 s 0.0286 s Tested Passed
Operating Characteristic Diagram
Idiff [In]

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 7.40 In 8.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 16.40 In 18.50 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L3: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 4.70 In 9.40 In 6.30 In 3.80 In 2.30 In 7.40 In
Ibias: 10.10 In 20.20 In 15.20 In 9.60 In 5.80 In 12.80 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L3: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17 18
Idiff: 8.60 In 9.80 In 7.90 In 0.50 In 2.40 In 3.70 In
Ibias: 16.70 In 19.30 In 15.50 In 2.50 In 17.70 In 2.60 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 16.533 A 19.053 A 15.313 A 2.165 A 14.880 A 3.503 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L3: 16.533 A 19.053 A 15.313 A 2.165 A 14.880 A 3.503 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 10.847 A 12.597 A 10.104 A 1.968 A 14.434 A 0.656 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 10.847 A 12.597 A 10.104 A 1.968 A 14.434 A 0.656 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 19 20 21
Idiff: 7.90 In 9.20 In 10.70 In
Ibias: 5.20 In 11.10 In 20.30 In
I Primary L1: 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 °
I Primary L2: 7.204 A 12.361 A 20.194 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 °
I Primary L3: 7.204 A 12.361 A 20.194 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 0.000 A 0.000 A 0.000 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 1.093 A 5.686 A 13.078 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 1.093 A 5.686 A 13.078 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

21 out of 21 points tested.

21 points passed. 0
points failed.

Diff Operating Characteristic L1-L2:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:21:04 Test End: 22-Mar-2024 11:21:39
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Fault Type L1-L2 at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0321 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0305 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0290 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0283 s Tested Passed
7.40 In 16.40 In N/T N/T Tested Passed
8.70 In 18.50 In 0.0300 s 0.0287 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0282 s Tested Passed
9.40 In 20.20 In N/T N/T Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
3.80 In 9.60 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0283 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0281 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0281 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0287 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0286 s Tested Passed
5.50 In 20.80 In N/T N/T Tested Passed
0.60 In 3.00 In N/T N/T Tested Passed
8.50 In 6.30 In 0.0300 s 0.0286 s Tested Passed
10.70 In 19.00 In 0.0300 s 0.0273 s Tested Passed
Operating Characteristic Diagram
Idiff [In]

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 7.40 In 8.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 16.40 In 18.50 In
I Primary L1: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 2.244 A 4.763 A 6.968 A 11.376 A 15.825 A 17.990 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 1.531 A 3.105 A 4.330 A 7.654 A 11.110 A 12.378 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 4.70 In 9.40 In 6.30 In 3.80 In 2.30 In 7.40 In
Ibias: 10.10 In 20.20 In 15.20 In 9.60 In 5.80 In 12.80 In
I Primary L1: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 9.802 A 19.604 A 14.447 A 9.054 A 5.472 A 12.990 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 6.779 A 13.559 A 10.541 A 6.736 A 4.068 A 7.960 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17 18
Idiff: 8.60 In 9.80 In 7.90 In 5.50 In 0.60 In 8.50 In
Ibias: 16.70 In 19.30 In 15.50 In 20.80 In 3.00 In 6.30 In
I Primary L1: 16.533 A 19.053 A 15.313 A 18.541 A 2.598 A 8.306 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 16.533 A 19.053 A 15.313 A 18.541 A 2.598 A 8.306 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 10.847 A 12.597 A 10.104 A 15.790 A 2.362 A 1.793 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 10.847 A 12.597 A 10.104 A 15.790 A 2.362 A 1.793 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Secondary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 19
Idiff: 10.70 In
Ibias: 19.00 In
I Primary L1: 19.171 A
Phase Primary L1: -180.000 °
I Primary L2: 19.171 A
Phase Primary L2: 0.000 °
I Primary L3: 0.000 A
Phase Primary L3: 0.000 °
I Secondary L1: 11.941 A
Phase Secondary L1: 0.000 °
I Secondary L2: 11.941 A
Phase Secondary L2: 180.000 °
I Secondary L3: 0.000 A
Phase Secondary L3: 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

19 out of 19 points tested.

19 points passed. 0
points failed.

Diff Operating Characteristic L3-E:

Test Object - Differential Parameters

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:19:53 Test End: 22-Mar-2024 11:20:22
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Fault Type L3-E at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0316 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0309 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0279 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0274 s Tested Passed
8.70 In 18.50 In 0.0300 s 0.0289 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0279 s Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0288 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0291 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0272 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0272 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0280 s Tested Passed
0.70 In 3.40 In N/T N/T Tested Passed
5.10 In 3.50 In 0.0300 s 0.0275 s Tested Passed
9.10 In 8.70 In 0.0300 s 0.0269 s Tested Passed
10.80 In 21.60 In 0.0300 s 0.0289 s Tested Passed
3.20 In 16.30 In N/T N/T Tested Passed
Operating Characteristic Diagram
Idiff [In]

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 8.70 In 4.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 18.50 In 10.10 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 3.366 A 7.145 A 10.451 A 17.065 A 26.985 A 14.703 A
Phase Primary L3: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Secondary L1: 0.765 A 1.553 A 2.165 A 3.827 A 6.189 A 3.390 A
Phase Secondary L1: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L2: 0.765 A 1.553 A 2.165 A 3.827 A 6.189 A 3.390 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 1.531 A 3.105 A 4.330 A 7.654 A 12.378 A 6.779 A
Phase Secondary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 6.30 In 2.30 In 7.40 In 8.60 In 9.80 In 7.90 In
Ibias: 15.20 In 5.80 In 12.80 In 16.70 In 19.30 In 15.50 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 21.670 A 8.208 A 19.486 A 24.800 A 28.579 A 22.969 A
Phase Primary L3: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Secondary L1: 5.271 A 2.034 A 3.980 A 5.424 A 6.298 A 5.052 A
Phase Secondary L1: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L2: 5.271 A 2.034 A 3.980 A 5.424 A 6.298 A 5.052 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 10.541 A 4.068 A 7.960 A 10.847 A 12.597 A 10.104 A
Phase Secondary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17
Idiff: 0.70 In 5.10 In 9.10 In 10.80 In 3.20 In
Ibias: 3.40 In 3.50 In 8.70 In 21.60 In 16.30 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 4.429 A 7.145 A 15.648 A 31.885 A 21.139 A
Phase Primary L3: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Secondary L1: 1.334 A 0.416 A 1.815 A 7.086 A 6.430 A
Phase Secondary L1: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L2: 1.334 A 0.416 A 1.815 A 7.086 A 6.430 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 2.668 A 0.831 A 3.630 A 14.171 A 12.859 A
Phase Secondary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

17 out of 17 points tested.

17 points passed. 0
points failed.

Diff Operating Characteristic L2-E:

Test Object - Differential Parameters

Idiff>: 0.40 In tdiff>: 0.03 s

Idiff>>: 10.00 In tdiff>>: 0.03 s

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:26:33 Test End: 22-Mar-2024 11:27:03
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Fault Type L2-E at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0311 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0287 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0288 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0279 s Tested Passed
8.70 In 18.50 In 0.0300 s 0.0277 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0289 s Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0286 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0278 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0287 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0292 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0287 s Tested Passed
0.60 In 3.90 In N/T N/T Tested Passed
6.40 In 23.20 In N/T N/T Tested Passed
8.50 In 6.30 In 0.0300 s 0.0282 s Tested Passed
10.70 In 18.80 In 0.0300 s 0.0281 s Tested Passed
3.20 In 16.20 In N/T N/T Tested Passed

Operating Characteristic Diagram

Idiff [In]

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 8.70 In 4.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 18.50 In 10.10 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 3.366 A 7.145 A 10.451 A 17.065 A 26.985 A 14.703 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 0.765 A 1.553 A 2.165 A 3.827 A 6.189 A 3.390 A
Phase Secondary L1: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L2: 1.531 A 3.105 A 4.330 A 7.654 A 12.378 A 6.779 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 0.765 A 1.553 A 2.165 A 3.827 A 6.189 A 3.390 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 6.30 In 2.30 In 7.40 In 8.60 In 9.80 In 7.90 In
Ibias: 15.20 In 5.80 In 12.80 In 16.70 In 19.30 In 15.50 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 21.670 A 8.208 A 19.486 A 24.800 A 28.579 A 22.969 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 5.271 A 2.034 A 3.980 A 5.424 A 6.298 A 5.052 A
Phase Secondary L1: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L2: 10.541 A 4.068 A 7.960 A 10.847 A 12.597 A 10.104 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 5.271 A 2.034 A 3.980 A 5.424 A 6.298 A 5.052 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17
Idiff: 0.60 In 6.40 In 8.50 In 10.70 In 3.20 In
Ibias: 3.90 In 23.20 In 6.30 In 18.80 In 16.20 In
I Primary L1: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L2: 4.960 A 31.177 A 12.459 A 28.520 A 21.021 A
Phase Primary L2: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 1.575 A 8.748 A 0.897 A 5.883 A 6.386 A
Phase Secondary L1: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L2: 3.149 A 17.495 A 1.793 A 11.766 A 12.772 A
Phase Secondary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L3: 1.575 A 8.748 A 0.897 A 5.883 A 6.386 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

17 out of 17 points tested.

17 points passed. 0
points failed.

Diff Operating Characteristic L1-E:

Test Object - Differential Parameters

Itol rel: 2.00 % ttol rel: 3.00 %

Itol abs: 0.05 In ttol abs: 0.01 s

. .
Test Module
Name: OMICRON Diff Operating Version: 4.31
Characteristic
Test Start: 22-Mar-2024 11:30:27 Test End: 22-Mar-2024 11:30:59
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Results for Fault Type L1-E at Reference Side Primary

Idiff Ibias Nominal Actual Trip State Result
Trip Time Time
1.10 In 2.30 In 0.0300 s 0.0325 s Tested Passed
2.50 In 4.80 In 0.0300 s 0.0293 s Tested Passed
3.90 In 6.90 In 0.0300 s 0.0283 s Tested Passed
5.70 In 11.60 In 0.0300 s 0.0279 s Tested Passed
8.70 In 18.50 In 0.0300 s 0.0268 s Tested Passed
4.70 In 10.10 In 0.0300 s 0.0288 s Tested Passed
6.30 In 15.20 In N/T N/T Tested Passed
2.30 In 5.80 In 0.0300 s 0.0304 s Tested Passed
7.40 In 12.80 In 0.0300 s 0.0281 s Tested Passed
8.60 In 16.70 In 0.0300 s 0.0285 s Tested Passed
9.80 In 19.30 In 0.0300 s 0.0275 s Tested Passed
7.90 In 15.50 In 0.0300 s 0.0286 s Tested Passed
1.40 In 7.40 In N/T N/T Tested Passed
3.00 In 18.20 In N/T N/T Tested Passed
7.30 In 18.20 In N/T N/T Tested Passed
0.50 In 2.50 In N/T N/T Tested Passed
1.00 In 4.40 In N/T N/T Tested Passed
Operating Characteristic Diagram
Idiff [In]
11

0
2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0

Ibias [In]

Shot 1 2 3 4 5 6
Idiff: 1.10 In 2.50 In 3.90 In 5.70 In 8.70 In 4.70 In
Ibias: 2.30 In 4.80 In 6.90 In 11.60 In 18.50 In 10.10 In
I Primary L1: 3.366 A 7.145 A 10.451 A 17.065 A 26.985 A 14.703 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 1.531 A 3.105 A 4.330 A 7.654 A 12.378 A 6.779 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 0.765 A 1.553 A 2.165 A 3.827 A 6.189 A 3.390 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 0.765 A 1.553 A 2.165 A 3.827 A 6.189 A 3.390 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 7 8 9 10 11 12
Idiff: 6.30 In 2.30 In 7.40 In 8.60 In 9.80 In 7.90 In
Ibias: 15.20 In 5.80 In 12.80 In 16.70 In 19.30 In 15.50 In
I Primary L1: 21.670 A 8.208 A 19.486 A 24.800 A 28.579 A 22.969 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 10.541 A 4.068 A 7.960 A 10.847 A 12.597 A 10.104 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 5.271 A 2.034 A 3.980 A 5.424 A 6.298 A 5.052 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 5.271 A 2.034 A 3.980 A 5.424 A 6.298 A 5.052 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:
Shot 13 14 15 16 17
Idiff: 1.40 In 3.00 In 7.30 In 0.50 In 1.00 In
Ibias: 7.40 In 18.20 In 18.20 In 2.50 In 4.40 In
I Primary L1: 9.566 A 23.265 A 25.804 A 3.248 A 5.787 A
Phase Primary L1: -180.000 ° -180.000 ° -180.000 ° -180.000 ° -180.000 °
I Primary L2: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L2: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Primary L3: 0.000 A 0.000 A 0.000 A 0.000 A 0.000 A
Phase Primary L3: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L1: 5.861 A 14.609 A 12.728 A 1.968 A 3.412 A
Phase Secondary L1: 0.000 ° 0.000 ° 0.000 ° 0.000 ° 0.000 °
I Secondary L2: 2.930 A 7.304 A 6.364 A 0.984 A 1.706 A
Phase Secondary L2: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Secondary L3: 2.930 A 7.304 A 6.364 A 0.984 A 1.706 A
Phase Secondary L3: 180.000 ° 180.000 ° 180.000 ° 180.000 ° 180.000 °
I Tertiary L1:
Phase Tertiary L1:
I Tertiary L2:
Phase Tertiary L2:
I Tertiary L3:
Phase Tertiary L3:
V L1:
Phase L1:
V L2:
Phase L2:
V L3:
Phase L3:

.
Test State:
Test passed

17 out of 17 points tested.

17 points passed. 0
points failed.

51N:
Test Object - Overcurrent Parameters
.
General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No
.
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51 HV IEC Normal Inverse 0.95 Iref 1.00 0.95 Non Directional
Yes 50 HV IEC Definite Time 6.00 Iref 0.00 s 0.95 Non Directional
.
Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51N IEC Normal Inverse 0.10 Iref 0.15 0.95 Non Directional

. .
Test Module
Name: OMICRON Overcurrent Version: 4.31
Test Start: 22-Mar-2024 14:49:29 Test End: 22-Mar-2024 14:49:50
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Binary Inputs:
Trigger Logic: And
Name Trigger State
Trip 1
Start X
.
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
L1-E 51N 1.800 180.0 mA n/a 1.776 s 1.817 s 2.310 % No Passed
L1-E 51N 2.800 280.0 mA n/a 1.009 s 1.029 s 1.929 % No Passed
L1-E 51N 3.800 380.0 mA n/a 776.1 ms 795.8 ms 2.543 % No Passed
L1-E 51N 4.800 480.0 mA n/a 658.9 ms 673.8 ms 2.256 % No Passed
L1-E 51N 5.800 580.0 mA n/a 586.9 ms 602.8 ms 2.713 % No Passed
L1-E 51N 6.800 680.0 mA n/a 537.3 ms 559.8 ms 4.184 % No Passed
L1-E 51N 7.800 780.0 mA n/a 500.7 ms 521.8 ms 4.206 % No Passed
L1-E 51N 8.800 880.0 mA n/a 472.4 ms 499.9 ms 5.824 % No Passed
L1-E 51N 9.800 980.0 mA n/a 449.6 ms 467.9 ms 4.064 % No Passed
L1-E 51N 10.80 1.080 A n/a 430.8 ms 456.1 ms 5.862 % No Passed
L1-E 51N 11.80 1.180 A n/a 415.0 ms 433.9 ms 4.551 % No Passed
.
Test State:
11 out of 11 points tested.
11 points passed.
0 points failed.

Test passed

Overcurrent:
Test Object - Overcurrent Parameters
.
General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No
.
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51 HV IEC Normal Inverse 0.95 Iref 1.00 0.95 Non Directional
Yes 50 HV IEC Definite Time 6.00 Iref 0.00 s 0.95 Non Directional
.
Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No 51N IEC Normal Inverse 0.10 Iref 0.15 0.95 Non Directional

. .
Test Module
Name: OMICRON Overcurrent Version: 4.31
Test Start: 22-Mar-2024 14:36:37 Test End: 22-Mar-2024 14:37:12
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Settings:
.
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a
.
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
L1-L2 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L1-L2 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L2-L3 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L3-L1 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L1-L2-L3 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L1 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L2 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 HV 1.000 6.000 A n/a 0.00 s 0.00 s 4.011 s
L3 50 HV 1.250 7.500 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 HV 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 HV 1.750 10.50 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 HV 2.000 12.00 A n/a 0.00 s 0.00 s 40.00 ms
.
Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: And
Name Trigger State
Trip 1
Start X
.
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
L1-L2 50 HV 1.000 6.000 A n/a 0.00 s 46.50 ms n/a No Passed
L1-L2 50 HV 1.250 7.500 A n/a 0.00 s 26.20 ms n/a No Passed
L1-L2 50 HV 1.500 9.000 A n/a 0.00 s 28.00 ms n/a No Passed
L1-L2 50 HV 1.750 10.50 A n/a 0.00 s 26.20 ms n/a No Passed
L1-L2 50 HV 2.000 12.00 A n/a 0.00 s 27.50 ms n/a No Passed
L2-L3 50 HV 1.000 6.000 A n/a 0.00 s 42.50 ms n/a No Passed
L2-L3 50 HV 1.250 7.500 A n/a 0.00 s 31.40 ms n/a No Passed
L2-L3 50 HV 1.500 9.000 A n/a 0.00 s 31.30 ms n/a No Passed
L2-L3 50 HV 1.750 10.50 A n/a 0.00 s 29.40 ms n/a No Passed
L2-L3 50 HV 2.000 12.00 A n/a 0.00 s 24.10 ms n/a No Passed
L3-L1 50 HV 1.000 6.000 A n/a 0.00 s 43.80 ms n/a No Passed
L3-L1 50 HV 1.250 7.500 A n/a 0.00 s 28.70 ms n/a No Passed
L3-L1 50 HV 1.500 9.000 A n/a 0.00 s 28.60 ms n/a No Passed
L3-L1 50 HV 1.750 10.50 A n/a 0.00 s 28.70 ms n/a No Passed
L3-L1 50 HV 2.000 12.00 A n/a 0.00 s 22.00 ms n/a No Passed
L1-L2-L3 50 HV 1.000 6.000 A n/a 0.00 s 46.60 ms n/a No Passed
L1-L2-L3 50 HV 1.250 7.500 A n/a 0.00 s 28.80 ms n/a No Passed
L1-L2-L3 50 HV 1.500 9.000 A n/a 0.00 s 23.50 ms n/a No Passed
L1-L2-L3 50 HV 1.750 10.50 A n/a 0.00 s 20.00 ms n/a No Passed
L1-L2-L3 50 HV 2.000 12.00 A n/a 0.00 s 25.70 ms n/a No Passed
L1 50 HV 1.000 6.000 A n/a 0.00 s 41.20 ms n/a No Passed
L1 50 HV 1.250 7.500 A n/a 0.00 s 34.10 ms n/a No Passed
L1 50 HV 1.500 9.000 A n/a 0.00 s 25.90 ms n/a No Passed
L1 50 HV 1.750 10.50 A n/a 0.00 s 25.20 ms n/a No Passed
L1 50 HV 2.000 12.00 A n/a 0.00 s 28.80 ms n/a No Passed
L2 50 HV 1.000 6.000 A n/a 0.00 s 41.60 ms n/a No Passed
L2 50 HV 1.250 7.500 A n/a 0.00 s 24.50 ms n/a No Passed
L2 50 HV 1.500 9.000 A n/a 0.00 s 27.50 ms n/a No Passed
L2 50 HV 1.750 10.50 A n/a 0.00 s 22.60 ms n/a No Passed
L2 50 HV 2.000 12.00 A n/a 0.00 s 26.00 ms n/a No Passed
L3 50 HV 1.000 6.000 A n/a 0.00 s 45.80 ms n/a No Passed
L3 50 HV 1.250 7.500 A n/a 0.00 s 28.70 ms n/a No Passed
L3 50 HV 1.500 9.000 A n/a 0.00 s 25.90 ms n/a No Passed
L3 50 HV 1.750 10.50 A n/a 0.00 s 30.90 ms n/a No Passed
L3 50 HV 2.000 12.00 A n/a 0.00 s 22.20 ms n/a No Passed
.
Test State:
35 out of 35 points tested.
35 points passed.
0 points failed.

Test passed

Overcurrent:
Test Object - Overcurrent Parameters
.
General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No
.
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51 HV IEC Normal Inverse 0.95 Iref 1.00 0.95 Non Directional
.
Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
No 51N IEC Normal Inverse 0.10 Iref 0.15 0.95 Non Directional

. .
Test Module
Name: OMICRON Overcurrent Version: 4.31
Test Start: 22-Mar-2024 14:23:16 Test End: 22-Mar-2024 14:30:16
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Settings:
.
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a
.
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
L1-L2 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L1-L2 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L1-L2 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L1-L2 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L1-L2 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s
L2-L3 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L2-L3 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L2-L3 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L2-L3 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L2-L3 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s
L3-L1 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L3-L1 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L3-L1 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L3-L1 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L3-L1 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s
L1-L2-L3 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L1-L2-L3 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L1-L2-L3 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L1-L2-L3 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L1-L2-L3 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s
L1 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L1 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L1 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L1 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L1 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s
L2 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L2 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L2 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L2 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L2 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s
L3 51 HV 1.270 1.200 A n/a 29.23 s 22.85 s 38.59 s
L3 51 HV 2.116 2.000 A n/a 9.267 s 8.236 s 10.41 s
L3 51 HV 2.963 2.800 A n/a 6.375 s 5.780 s 7.012 s
L3 51 HV 3.810 3.600 A n/a 5.164 s 4.722 s 5.630 s
L3 51 HV 4.656 4.400 A n/a 4.481 s 4.118 s 4.862 s

Binary Inputs:
Trigger Logic: And
Name Trigger State
Trip 1
.
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
L1-L2 51 HV 1.270 1.200 A n/a 29.23 s 29.75 s 1.775 % No Passed
L1-L2 51 HV 2.116 2.000 A n/a 9.267 s 9.348 s 0.8684 % No Passed
L1-L2 51 HV 2.963 2.800 A n/a 6.375 s 6.420 s 0.7043 % No Passed
L1-L2 51 HV 3.810 3.600 A n/a 5.164 s 5.205 s 0.7854 % No Passed
L1-L2 51 HV 4.656 4.400 A n/a 4.481 s 4.516 s 0.7854 % No Passed
L2-L3 51 HV 1.270 1.200 A n/a 29.23 s 29.70 s 1.614 % No Passed
L2-L3 51 HV 2.116 2.000 A n/a 9.267 s 9.337 s 0.7529 % No Passed
L2-L3 51 HV 2.963 2.800 A n/a 6.375 s 6.423 s 0.7545 % No Passed
L2-L3 51 HV 3.810 3.600 A n/a 5.164 s 5.195 s 0.5937 % No Passed
L2-L3 51 HV 4.656 4.400 A n/a 4.481 s 4.514 s 0.7206 % No Passed
L3-L1 51 HV 1.270 1.200 A n/a 29.23 s 29.76 s 1.807 % No Passed
L3-L1 51 HV 2.116 2.000 A n/a 9.267 s 9.345 s 0.8425 % No Passed
L3-L1 51 HV 2.963 2.800 A n/a 6.375 s 6.419 s 0.6981 % No Passed
L3-L1 51 HV 3.810 3.600 A n/a 5.164 s 5.204 s 0.7758 % No Passed
L3-L1 51 HV 4.656 4.400 A n/a 4.481 s 4.513 s 0.7072 % No Passed
L1-L2-L3 51 HV 1.270 1.200 A n/a 29.23 s 29.73 s 1.707 % No Passed
L1-L2-L3 51 HV 2.116 2.000 A n/a 9.267 s 9.342 s 0.8101 % No Passed
L1-L2-L3 51 HV 2.963 2.800 A n/a 6.375 s 6.419 s 0.6855 % No Passed
L1-L2-L3 51 HV 3.810 3.600 A n/a 5.164 s 5.200 s 0.7022 % No Passed
L1-L2-L3 51 HV 4.656 4.400 A n/a 4.481 s 4.510 s 0.6470 % No Passed
L1 51 HV 1.270 1.200 A n/a 29.23 s 29.79 s 1.909 % No Passed
L1 51 HV 2.116 2.000 A n/a 9.267 s 9.345 s 0.8382 % No Passed
L1 51 HV 2.963 2.800 A n/a 6.375 s 6.422 s 0.7420 % No Passed
L1 51 HV 3.810 3.600 A n/a 5.164 s 5.209 s 0.8668 % No Passed
L1 51 HV 4.656 4.400 A n/a 4.481 s 4.520 s 0.8568 % No Passed
L2 51 HV 1.270 1.200 A n/a 29.23 s 29.95 s 2.470 % No Passed
L2 51 HV 2.116 2.000 A n/a 9.267 s 9.358 s 0.9806 % No Passed
L2 51 HV 2.963 2.800 A n/a 6.375 s 6.430 s 0.8675 % No Passed
L2 51 HV 3.810 3.600 A n/a 5.164 s 5.212 s 0.9268 % No Passed
L2 51 HV 4.656 4.400 A n/a 4.481 s 4.514 s 0.7296 % No Passed
L3 51 HV 1.270 1.200 A n/a 29.23 s 29.76 s 1.806 % No Passed
L3 51 HV 2.116 2.000 A n/a 9.267 s 9.344 s 0.8317 % No Passed
L3 51 HV 2.963 2.800 A n/a 6.375 s 6.420 s 0.7138 % No Passed
L3 51 HV 3.810 3.600 A n/a 5.164 s 5.203 s 0.7564 % No Passed
L3 51 HV 4.656 4.400 A n/a 4.481 s 4.512 s 0.6872 % No Passed
.
Test State:
35 out of 35 points tested.
35 points passed.
0 points failed.

Test passed

. .
Test Object - Device Settings
. . .
Substation/Bay:
Substation: Substation address:
Bay: Bay address:
. . .
Device:
Name/description: MICOM P3U30 Manufacturer:
Device type: Device address:
Serial/model number:
Additional info 1:
Additional info 2:

51N HV:
Test Object - Overcurrent Parameters
.
General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No
.
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51 IEC Normal Inverse 0.95 Iref 0.22 0.95 Non Directional
Yes 50 IEC Definite Time 6.00 Iref 0.00 s 0.95 Non Directional
.
Elements - Residual:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51N IEC Normal Inverse 0.10 Iref 0.15 0.95 Non Directional

. .
Test Module
Name: OMICRON Overcurrent Version: 4.31
Test Start: 22-Mar-2024 15:29:28 Test End: 22-Mar-2024 15:29:57
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Binary Inputs:
Trigger Logic: And
Name Trigger State
Trip 1
.
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
L1-E 51N 1.800 180.0 mA n/a 1.776 s 2.031 s 14.37 % No Passed
L1-E 51N 2.800 280.0 mA n/a 1.009 s 1.154 s 14.29 % No Passed
L1-E 51N 3.800 380.0 mA n/a 776.1 ms 874.1 ms 12.63 % No Passed
L2-E 51N 1.800 180.0 mA n/a 1.776 s 2.025 s 14.04 % No Passed
L2-E 51N 2.800 280.0 mA n/a 1.009 s 1.146 s 13.54 % No Passed
L2-E 51N 3.800 380.0 mA n/a 776.1 ms 874.7 ms 12.71 % No Passed
L3-E 51N 1.800 180.0 mA n/a 1.776 s 2.028 s 14.17 % No Passed
L3-E 51N 2.800 280.0 mA n/a 1.009 s 1.148 s 13.77 % No Passed
L3-E 51N 3.800 380.0 mA n/a 776.1 ms 879.8 ms 13.37 % No Passed
3I0 51N 1.800 180.0 mA n/a 1.776 s 2.039 s 14.80 % No Passed
3I0 51N 2.800 280.0 mA n/a 1.009 s 1.149 s 13.80 % No Passed
3I0 51N 3.800 380.0 mA n/a 776.1 ms 886.4 ms 14.22 % No Passed
.
Test State:
12 out of 12 points tested.
12 points passed.
0 points failed.

Test passed

50/51 HV:
Test Object - Overcurrent Parameters
.
General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No
.
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51 IEC Normal Inverse 0.95 Iref 0.22 0.95 Non Directional
Yes 50 IEC Definite Time 6.00 Iref 0.00 s 0.95 Non Directional

. .
Test Module
Name: OMICRON Overcurrent Version: 4.31
Test Start: 22-Mar-2024 15:09:30 Test End: 22-Mar-2024 15:11:35
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Settings:
.
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a
.
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
L1-L2 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L1-L2 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L1-L2 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L1-L2 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L1-L2 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
L2-L3 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L2-L3 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L2-L3 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L2-L3 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L2-L3 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
L3-L1 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L3-L1 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L3-L1 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L3-L1 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L3-L1 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
L1-L2-L3 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L1-L2-L3 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L1-L2-L3 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L1-L2-L3 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L1-L2-L3 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
L1 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L1 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L1 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L1 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L1 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
L2 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L2 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L2 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L2 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L2 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
L3 51 1.270 1.200 A n/a 6.431 s 5.027 s 8.490 s
L3 51 1.905 1.800 A n/a 2.375 s 2.089 s 2.699 s
L3 51 2.540 2.400 A n/a 1.637 s 1.473 s 1.815 s
L3 51 3.175 3.000 A n/a 1.318 s 1.198 s 1.445 s
L3 51 3.810 3.600 A n/a 1.136 s 1.039 s 1.239 s
.
Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: And
Name Trigger State
Trip 1
.
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
L1-L2 51 1.270 1.200 A n/a 6.431 s 6.583 s 2.361 % No Passed
L1-L2 51 1.905 1.800 A n/a 2.375 s 2.386 s 0.4753 % No Passed
L1-L2 51 2.540 2.400 A n/a 1.637 s 1.642 s 0.2847 % No Passed
L1-L2 51 3.175 3.000 A n/a 1.318 s 1.302 s -1.175 % No Passed
L1-L2 51 3.810 3.600 A n/a 1.136 s 1.137 s 0.05570 % No Passed
L2-L3 51 1.270 1.200 A n/a 6.431 s 6.572 s 2.198 % No Passed
L2-L3 51 1.905 1.800 A n/a 2.375 s 2.390 s 0.6354 % No Passed
L2-L3 51 2.540 2.400 A n/a 1.637 s 1.647 s 0.6268 % No Passed
L2-L3 51 3.175 3.000 A n/a 1.318 s 1.292 s -1.957 % No Passed
L2-L3 51 3.810 3.600 A n/a 1.136 s 1.147 s 0.9360 % No Passed
L3-L1 51 1.270 1.200 A n/a 6.431 s 6.567 s 2.116 % No Passed
L3-L1 51 1.905 1.800 A n/a 2.375 s 2.397 s 0.9217 % No Passed
L3-L1 51 2.540 2.400 A n/a 1.637 s 1.644 s 0.4436 % No Passed
L3-L1 51 3.175 3.000 A n/a 1.318 s 1.325 s 0.5478 % No Passed
L3-L1 51 3.810 3.600 A n/a 1.136 s 1.130 s -0.5692 % No Passed
L1-L2-L3 51 1.270 1.200 A n/a 6.431 s 6.582 s 2.354 % No Passed
L1-L2-L3 51 1.905 1.800 A n/a 2.375 s 2.396 s 0.9049 % No Passed
L1-L2-L3 51 2.540 2.400 A n/a 1.637 s 1.622 s -0.9309 % No Passed
L1-L2-L3 51 3.175 3.000 A n/a 1.318 s 1.323 s 0.3960 % No Passed
L1-L2-L3 51 3.810 3.600 A n/a 1.136 s 1.095 s -3.580 % No Passed
L1 51 1.270 1.200 A n/a 6.431 s 6.612 s 2.808 % No Passed
L1 51 1.905 1.800 A n/a 2.375 s 2.382 s 0.3195 % No Passed
L1 51 2.540 2.400 A n/a 1.637 s 1.643 s 0.3580 % No Passed
L1 51 3.175 3.000 A n/a 1.318 s 1.329 s 0.8816 % No Passed
L1 51 3.810 3.600 A n/a 1.136 s 1.148 s 1.068 % No Passed
L2 51 1.270 1.200 A n/a 6.431 s 6.605 s 2.710 % No Passed
L2 51 1.905 1.800 A n/a 2.375 s 2.399 s 1.027 % No Passed
L2 51 2.540 2.400 A n/a 1.637 s 1.643 s 0.3458 % No Passed
L2 51 3.175 3.000 A n/a 1.318 s 1.322 s 0.3353 % No Passed
L2 51 3.810 3.600 A n/a 1.136 s 1.148 s 1.077 % No Passed
L3 51 1.270 1.200 A n/a 6.431 s 6.602 s 2.658 % No Passed
L3 51 1.905 1.800 A n/a 2.375 s 2.399 s 1.014 % No Passed
L3 51 2.540 2.400 A n/a 1.637 s 1.643 s 0.3703 % No Passed
L3 51 3.175 3.000 A n/a 1.318 s 1.323 s 0.3808 % No Passed
L3 51 3.810 3.600 A n/a 1.136 s 1.144 s 0.6895 % No Passed
.
Test State:
35 out of 35 points tested.
35 points passed.
0 points failed.

Test passed

50 HV:
Test Object - Overcurrent Parameters
.
General - Values:
TimeTolAbs: 0.04 s VT connection: n/a
TimeTolRel: 5.00 % CT starpoint connection: n/a
CurrentTolAbs: 0.05 Iref
CurrentTolRel: 5.00 %
Directional: No
.
Elements - Phase:
Active Name Tripping characteristic I Pick-up Time Reset Ratio Direction
Yes 51 IEC Normal Inverse 0.95 Iref 0.22 0.95 Non Directional
Yes 50 IEC Definite Time 6.00 Iref 0.00 s 0.95 Non Directional

. .
Test Module
Name: OMICRON Overcurrent Version: 4.31
Test Start: 22-Mar-2024 15:21:05 Test End: 22-Mar-2024 15:21:50
User Name: ngelejanestory@gmail.com Manager: ENGINIEER
Company: STE

Test Settings:
.
Fault Model:
Time reference: Fault inception
Load current: 0.00 A
Load angle: n/a
Prefault time: 100.0 ms
Abs. max time: 240.0 s
Post fault time: 500.0 ms
Rel. max time: 100.0 %
Enable voltage output: No
Fault voltage LN (for all but two phase faults): n/a
Fault voltage LL (for two phase faults): n/a
Decaying DC active: No
Time constant: n/a
CB char min time: 50.00 ms
Thermal reset active: No
Thermal reset method: n/a
Thermal reset message: n/a
.
Shot Test:
Type Relative To Factor Magnitude Angle tnom tmin tmax
L1-L2 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L1-L2 50 1.100 6.600 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L2-L3 50 1.100 6.600 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 1.300 7.800 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L2-L3 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L3-L1 50 1.100 6.600 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 1.300 7.800 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L3-L1 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L1-L2-L3 50 1.100 6.600 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 1.300 7.800 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L1-L2-L3 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L1 50 1.100 6.600 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 1.300 7.800 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L1 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L2 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 1.300 7.800 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L2 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 1.000 6.000 A n/a 0.00 s 0.00 s 882.5 ms
L3 50 1.100 6.600 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 1.200 7.200 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 1.300 7.800 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 1.400 8.400 A n/a 0.00 s 0.00 s 40.00 ms
L3 50 1.500 9.000 A n/a 0.00 s 0.00 s 40.00 ms
.
Binary Outputs:
Name State
Bin. out 1 0
Bin. out 2 0
Bin. out 3 0
Bin. out 4 0

Binary Inputs:
Trigger Logic: And
Name Trigger State
Trip 1
Start X
.
Shot Test Results:
Type Relative To Factor Magnitude Angle tnom tact Deviation Overload Result
L1-L2 50 1.000 6.000 A n/a 0.00 s 815.2 ms n/a No Passed
L1-L2 50 1.100 6.600 A n/a 0.00 s 37.50 ms n/a No Passed
L1-L2 50 1.200 7.200 A n/a 0.00 s 33.50 ms n/a No Passed
L1-L2 50 1.400 8.400 A n/a 0.00 s 34.30 ms n/a No Passed
L1-L2 50 1.500 9.000 A n/a 0.00 s 39.20 ms n/a No Passed
L2-L3 50 1.000 6.000 A n/a 0.00 s 818.8 ms n/a No Passed
L2-L3 50 1.100 6.600 A n/a 0.00 s 39.10 ms n/a No Passed
L2-L3 50 1.200 7.200 A n/a 0.00 s 31.80 ms n/a No Passed
L2-L3 50 1.300 7.800 A n/a 0.00 s 31.80 ms n/a No Passed
L2-L3 50 1.400 8.400 A n/a 0.00 s 39.60 ms n/a No Passed
L2-L3 50 1.500 9.000 A n/a 0.00 s 38.60 ms n/a No Passed
L3-L1 50 1.000 6.000 A n/a 0.00 s 815.0 ms n/a No Passed
L3-L1 50 1.100 6.600 A n/a 0.00 s 38.70 ms n/a No Passed
L3-L1 50 1.200 7.200 A n/a 0.00 s 35.50 ms n/a No Passed
L3-L1 50 1.300 7.800 A n/a 0.00 s 35.40 ms n/a No Passed
L3-L1 50 1.400 8.400 A n/a 0.00 s 36.30 ms n/a No Passed
L3-L1 50 1.500 9.000 A n/a 0.00 s 33.50 ms n/a No Passed
L1-L2-L3 50 1.000 6.000 A n/a 0.00 s 810.3 ms n/a No Passed
L1-L2-L3 50 1.100 6.600 A n/a 0.00 s 35.40 ms n/a No Passed
L1-L2-L3 50 1.200 7.200 A n/a 0.00 s 32.40 ms n/a No Passed
L1-L2-L3 50 1.300 7.800 A n/a 0.00 s 37.10 ms n/a No Passed
L1-L2-L3 50 1.400 8.400 A n/a 0.00 s 33.30 ms n/a No Passed
L1-L2-L3 50 1.500 9.000 A n/a 0.00 s 34.20 ms n/a No Passed
L1 50 1.000 6.000 A n/a 0.00 s 812.0 ms n/a No Passed
L1 50 1.100 6.600 A n/a 0.00 s 34.50 ms n/a No Passed
L1 50 1.200 7.200 A n/a 0.00 s 34.10 ms n/a No Passed
L1 50 1.300 7.800 A n/a 0.00 s 37.00 ms n/a No Passed
L1 50 1.400 8.400 A n/a 0.00 s 32.20 ms n/a No Passed
L1 50 1.500 9.000 A n/a 0.00 s 38.10 ms n/a No Passed
L2 50 1.000 6.000 A n/a 0.00 s 821.5 ms n/a No Passed
L2 50 1.200 7.200 A n/a 0.00 s 33.80 ms n/a No Passed
L2 50 1.300 7.800 A n/a 0.00 s 34.60 ms n/a No Passed
L2 50 1.400 8.400 A n/a 0.00 s 39.30 ms n/a No Passed
L2 50 1.500 9.000 A n/a 0.00 s 34.50 ms n/a No Passed
L3 50 1.000 6.000 A n/a 0.00 s 828.4 ms n/a No Passed
L3 50 1.100 6.600 A n/a 0.00 s 38.30 ms n/a No Passed
L3 50 1.200 7.200 A n/a 0.00 s 36.20 ms n/a No Passed
L3 50 1.300 7.800 A n/a 0.00 s 38.90 ms n/a No Passed
L3 50 1.400 8.400 A n/a 0.00 s 39.10 ms n/a No Passed
L3 50 1.500 9.000 A n/a 0.00 s 31.80 ms n/a No Passed
.
Test State:
40 out of 40 points tested.
40 points passed.
0 points failed.

Test passed

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